The semantic metadata of a #SemanticNFT uses ontologies. For instance, combining the #CopyrightOntology and the #VoxelsOntology to automatically check if an #NFT owner can display it at @cryptovoxels location. More details, Use Cases section: https://t.co/jQguj0eONq
A #SemanticNFT captures, in an unambiguous and machine-actionable way, the "meaning" of an #NFT. For instance, to clarify the reuse terms licensed to a media NFT owner. More details: https://t.co/jQguj0eONq
#ERC721#JSONLD#SemanticWeb
⌛ The countdown is almost over 🚀
We are super excited to welcome you tomorrow at the GO! NFT BERLIN, for the #ontochainsummit for Trustworthy #internet!
The doors will open at 09:00 CET. The livestream will start at 09:45CET.
See you tomorrow!
New tutorial showing how to use Docker Compose to deploy #Rhizomer together with #Fuseki and interactively explore data available through its #SPARQL endpoint, all without requiring #SemanticWeb technologies experience: https://t.co/7CkwnoZ8YW
@laiyuanliu@rogargon Hi @laiyuanliu, thanks, happy to hear you find @Rhizomik helpful. To enable the network overview, you should configure the dataset "Query Type" as "Detailed", like in the attached screenshot. We should document this feature better...
Explore the semantic knowledge graphs without SPARQL using Amazon Neptune with Rhizomer | Amazon Web Services https://t.co/EuSaxJ1xVB via @rightrelevance thanks @rogargon